It is the additive inverse of itself, it is the square, cube, ... any positive power of itself.
The number itself tells you the distance from zero. So the integer "15" is 15 units from zero. Same goes for the integer –15, just on the other side.
There are just three possible cases: Positive integer: positive x positive = positive. Negative integer: negative x negative = positive. Zero: zero x zero = zero.
The additive opposite is itself and its multiplicative opposite is not defined.
The integer of 46 is simply 46 itself, as it is already an integer. Integers are whole numbers that can be positive, negative, or zero, and since 46 is a positive whole number, it qualifies as an integer.
No, zero is an integer but it is neither a postiive nor a negative integer.
The integer of 102 is simply 102 itself, as it is already an integer. Integers are whole numbers that can be positive, negative, or zero, and 102 falls within this category as a positive whole number.
A positive integer is an integer to the right of zero on the number line. It is more then zero
The sum of zero and a positive integer is always a positive integer. Since zero does not change the value of the positive integer when added to it, the result is never zero. Therefore, the answer is never zero.
The product of an integer and its opposite is always zero. For any integer ( n ), its opposite is ( -n ). When you multiply ( n ) by ( -n ), the result is ( n \times (-n) = -n^2 ), which is not zero. However, if you consider the expression ( n + (-n) ), it equals zero, but the product itself will yield ( -n^2 ).
Zero is a rational number and an integer.
A positive integer is an integer to the right of zero on the number line. It is more then zero
Zero is neither positive or negative.